Test Report

FCC ID: ADB9ZWRTR113

Test Report

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FCCID_3175588

Test Report (FCC Rules 47 CFR, 2.1046, 2.1047, 2.1049, 2.1051, 2.1053, 2.1055, and 80.209, 80.211, 80.213, 80.215) For Trade name: Furuno Model: Transceiver for Marine Radar Type: RTR-113 Report no.: LIC 12-16-098 Date of issue: 31 August 2016 Labotech International Co., Ltd. 1-16, Fukazu-cho, Nishinomiya-shi, Hyogo, 663-8203 Japan Tel: +81-798-63-1094 Fax: +81-798-63-1098 URL: http://www.labotech-intl.co.jp/ This report shall not be reproduced except in full, without the written approval of Labotech International Co., Ltd.

Labotech International Report no.: LIC 12-16-098 Report Summary LIC project number: LIC 04-16-0334 Test report number of LIC 12-16-098 Date of initial issue 31 August 2016 initial issue: Test report number of --- Date of revised/replaced --- revised/replaced issue: issue Test report revision/ --- replacement history: Test standard(s)/ Test FCC Rules 47 CFR, Sections: specifications: 2.1046 - RF Power Output 2.1047 - Modulation Characteristics, 2.1049 - Occupied Bandwidth, 2.1051 - Spurious Emissions at Antenna Terminals, 2.1053 - Field Strength of Spurious Radiation, 2.1055 - Frequency Stability, (Date of issue: 9 November 2015) 80.209 - Transmitter frequency tolerances 80.211 - Emission limitations. 80.213 - Modulation requirements. 80.215 - Transmitter power (Date of issue: 5 November 2015) Customer: Furuno Electric Co., Ltd. 9-52 Ashihara-Cho, Nishinomiya-City, 662-8580 Japan Manufacturer: Furuno Electric Co., Ltd. 9-52 Ashihara-Cho, Nishinomiya-City, 662-8580 Japan Trade name: FURUNO Model: Transceiver for Marine Radar Type: RTR-113 Product function and For marine safety navigation intended use: Number of samples One tested: Serial number: 1000-6900-0010 Power rating: 24 VDC Product status: Pre-production model Modifications made to None. samples during testing: Date of receipt of samples: 24 June 2016 Test period: From 4 July 2016 to 26 July 2016 Place of test: Labotech International Co., Ltd. - Nishinomiya-Hama Lab. 2-20, Nishinomiya-Hama, Nishinomiya-shi, Hyogo, 662-0934 Japan Anechoic Chamber used for the test has been registered by FCC. (File number: 90607) Test firm Designation Number: JP2007, Test firm Registration #: 838049 Test results/ Compliance: Passed. The test results of this report relate only to the samples tested. Tested by: Akira Inoue, Atsushi Takagi, Yasuharu Nakamura, and Koji Kawai Written by: Akiko Inoue Verified by: Yoshihiro Ishii Form: FQ053/06 - Page 2 of 24 -

Labotech International Report no.: LIC 12-16-098 Approved by: Date: 31 August 2016 Name: Yoshihiro Ishii Title: Senior Manager, Technical Department, Labotech International Co., Ltd. Signature: Form: FQ053/06 - Page 3 of 24 -

Labotech International Report no.: LIC 12-16-098 Testing Laboratory Status Labotech International Co., Ltd. (hereafter called “LIC”) has been holding the following status after having been assessed according to the provisions of ISO/IEC 17025 and/or the relevant rules: (1) JAB Accredited Testing Laboratory: - accredited by Japan Accreditation Board (JAB), - Laboratory accreditation number: RTL03220 - Date of initial accreditation: 14 January 2011 (*) - Scope of accreditation: Electrical testing - EMC, Climatic, and Vibration tests (2) Telefication Listed Testing Laboratory: - listed by Telefication B. V., (The Netherlands) - Laboratory assignment number: L116 - Date of initial listing: 26 July 1999 (*) - for testing the following product categories/ test standards: EN 60945, IEC 61162-1/-2, IEC/EN 61162-450 and IEC 62288 (3) TÜV Appointed EMC Test Laboratory: - appointed by TÜV Rheinland Japan Ltd., - Laboratory assignment number: UA 50046428 - Date of initial appointment: 21 December 1998 (*) - for carrying out the tests of: - EN 55011, CISPR 11, EN 55022, CISPR 22, EN 55024, CISPR 24, EN 55025, CISPR 25, EN/IEC 61000-3-2/-3, EN/IEC 61000-4-2/-3/-4/-5/-6/-8/-11, EN/IEC 61000-6-1/-2/-3/-4, EN/IEC 60945, EN/IEC 61326-1, EN/IEC 61326-2-6, EN/IEC 60601-1-2, JIS T 0601-1-2, JIS C 1806-1, ISO 11452-1/-2/-4. (4) RMRS Recognized Testing Laboratory: - recognized by Russian Maritime Register of Shipping (RMRS), (Russia) - Laboratory recognition number: 11.02594.011 - Date of initial recognition: 27 January 2009 (*) - for carrying out testing in the field of: Electrical measurements and tests, EMC tests, Mechanical measurements and tests, Equipment protection degree tests, and Climatic tests for Ship’s radio and navigational equipment and IEC 60945: 2002 (5) RRR Recognized Test Laboratory: - recognized by Russian River Register (RRR), (Russia) - Recognition certificate number: 154262 (*) - Date of initial recognition: 31 May 2013 - for carrying out of tests of ships radio and navigation equipment (6) DNV Recognized Environmental Test Laboratory: - recognized by Det Norske Veritas AS (DNV), (Norway) - Recognition certificate number: 262.1-015854-J-12 - Date of initial recognition: 12 July 2013 (*) - Scope of recognition: Testing according to the standards IEC 60945, IEC 61162-1/-2/-450, IEC 62288, IEC 62388 and IEC 62252 Annex E - Application: Provisions of Environmental, interface and safety testing. (7) CCS Recognized Test Agency : - recognized by China Classification Society - Recognition certificate number : DB13A00001 - Date of initial recognition : 29 January 2014 (*) - Scope of recognition : Performance/Environmental/EMC/Special purpose/Safety precautions tests for Electrical & Electronic Product including Maritime Navigation and Radio-communication Equipment & Systems Note: (*) – The current certificates may be found in the LIC web site (http://www.labotech-intl.co.jp/). Form: FQ053/06 - Page 4 of 24 -

Labotech International Report no.: LIC 12-16-098 TABLE OF CONTENTS Testing Laboratory Status ............................................................................................................. 4 1 Principal Information ................................................................................................................... 6 1.1 Equipment under test (EUT) ....................................................................................................... 6 1.2 Observation and comments ........................................................................................................ 8 2 Test Results Summary ................................................................................................................ 9 3 Test Results................................................................................................................................ 10 3.1 RF Power Output (FCC Rule 47 CFR, 2.1046 (a), 80.215) .................................................... 10 3.2 Modulation Characteristics (FCC Rule 47 CFR, 2.1047) ....................................................... 10 3.3 Frequency Stability –temperature & voltage (FCC Rule 47 CFR, 2.1055(a)(2)/(d)(1)/(d)(3), 80.209(b)).............................................................................................................................. 11 3.4 Occupied Bandwidth (FCC Rule 47 CFR, 2.1049(c)(1), 80.209(b), 80.211(f)) ...................... 12 3.5 Spurious Emissions at Antenna Port (FCC Rule 47 CFR, 2.1051, 80.211(f)) ........................ 13 3.6 Field Strength of Spurious Radiation (FCC Rule 47 CFR, 2.1053, 80.211(f)) ........................ 14 4 Test Setup for Measurements ................................................................................................... 15 5 Measuring Equipment List: ....................................................................................................... 16 6 Photograph of Test Setup/Arrangement .................................................................................. 18 7 RF Envelope and Spectrum of the output pulse ..................................................................... 19 8 Spurious Emission Plots measured at Antenna Terminal ..................................................... 22 Form: FQ053/06 - Page 5 of 24 -

Labotech International Report no.: LIC 12-16-098 1 Principal Information 1.1 Equipment under test (EUT) 1.1.1 General (a) Trade name: Furuno (b) Manufacturer: Furuno Electric Co., Ltd. 9-52 Ashihara-Cho, Nishinomiya-City, 662-8580 Japan (c) Model: Radar Sensor DRS12A X-Class Type Serial Number Note Radar Sensor DRS12A X-Class 1000-6900-0010 Scanner module RSB-134 --- Antenna rotation rate: 24/36/48 rpm Transceiver module RTR-113 --- Contained in the Antenna Unit Antenna radiator XN12A/XN13A --- One (1) selectable. (d) Certification number: FCC ID: ADB9ZWRTR113 (e) Primary Function: Search, Navigation and Anti-collision (f) Frequency Range: Fixed frequency, X-band (9410 MHz) Type of Emission: P0N (Emission designator) (g) Occupied bandwidth: Pulse type S1 S2 M1 M2 M3 L Occupied bandwidth (MHz) 52.3 36.7 26.6 19.3 11.9 7.3 Note: representative measured data. (h) Size and mass: Antenna Unit: 1252 mm x445 mm (H), 21 kg (*1) Antenna Unit: 1791 mm x 445 mm (H), 23 kg (*2) (*1): with Antenna XN12A installed. (*2): with Antenna XN13A installed. (i) Power Supply: 24 VDC, 108 W 1.1.2 Transceiver Type: RTR-113 (Contained in the Antenna Unit) 1.1.2.1 Transmitter (a) Assignable Frequency for Shipborne Radar: Between 9300 and 9500 MHz (FCC Rule, 80.375 (d)-(1)) (b) Type of RF Generator: Magnetron Type: FNE1201 Peak Output Power: 12 kW nominal Form: FQ053/06 - Page 6 of 24 -

Labotech International Report no.: LIC 12-16-098 (c) Magnetron Ratings: Center frequency of Magnetron: 9410 MHz nominal Tolerances: Manufacturing:  30 MHz Pulling: 25 MHz Tolerance for 20C temperature variation: -5 MHz (d) Pulse Characteristics: Pulse type S1 S2 M1 M2 M3 L Pulselength (s) 0.08 0.15 0.3 0.5 0.8 1.2 PRR(Hz) 3000 3000 1500 1000 600 600 1.1.2.2 Modulator (a) FET Type: FMC20N50E-TE24RSC Trigger Voltage: Approx. +5 VDC positive 1.1.2.3 Receiver (a) Passband RF Stage: 60 MHz IF Stage: Pulse type S1 S2 M1 M2 M3 L Passband (MHz) 18 8 8 1.7 1.7 1.7 (b) Intermediate Frequency: 60 MHz (c) Gain (overall): approximately 100 dB (d) Overall Noise Figure: 4.5 dB (typical) (e) Video Output Voltage: 1 V differential (f) Features Provided: Sensitivity Time Controls (Anti-clutter Sea), Fast Time Constant (Anti-clutter Rain) (g) If receiver is tunable, describe method for adjusting frequency: by adjustment of tuning voltage of receiver local oscillator (Automatic and manual) (h) Frequency adjustable range: 9410 MHz (center)  30 MHz 1.1.3 Antenna and Scanner (a) Antenna Rotation ON-OFF Switch: Not Provided. (b) Construction: Slotted array antenna (c) Length: Antenna type XN12A XN13A Length (cm) 125.2 179.5 (d) Type of Beam: Vertical fan (e) Beam Width (3 dB): Antenna type XN12A XN13A Horizontal () 1.9 1.4 Vertical () 22 22 Form: FQ053/06 - Page 7 of 24 -

Labotech International Report no.: LIC 12-16-098 (f) Polarization: Horizontal (g) Antenna Gain: Antenna type XN12A XN13A Gain (dBi) 28.5 30.0 (h) Attenuation of Major Side and Back Lobes with respect to main beam: Antenna type XN12A XN13A Within 10 (dB) 27 29 Outside 10 (dB) 34 37 (i) Scanning (rotating or oscillating): Rotating over 360 continuously clockwise (j) Antenna Rotation Rate: 24/36/48 rpm (k) Sector Scan: Not provided. (l) Rated Loss of Transmission line per hundred feet: Negligible. (Transmission path is only in the antenna unit.) 1.1.4 Operational Features (a) Is positive means provided to indicate whether or not the overall operation of the equipment is such that it may be relied upon to provide effective operation in accordance with its primary function: Yes (Receiver tuning indicator) (b) Is the equipment for continuous operation: Yes (c) Is provision made for operation with shore based radar beacons (RACONS): Yes (RACONS) 1.1.5 Construction Features (a) Does equipment embody replacement units with chassis type assembly: Yes (b) Are fuse alarms provided: No (c) State units that are weatherproof: Antenna Unit (IEC 60529 – IP56) (d) If all units are not housed in a single container, indicate number and give description of individual units: See Clause 1.1.1 (c) of this report. (e) Approximate space required for installation excluding antenna unit: Not applicable. 1.2 Observation and comments None. Form: FQ053/06 - Page 8 of 24 -

Labotech International Report no.: LIC 12-16-098 2 Test Results Summary Clause no. of 47 CFR Section Item Result Test Engineer this report 3.1 2.1046 (a), 80.215 RF Power Output Passed. A. Inoue and A. Takagi 3.2 2.1047 Modulation Characteristics Passed. A. Inoue and A. Takagi 3.3 2.1055 Frequency Stability Passed. K. Kawai (a)(2),(d)(1),(d)(3) 80.209 (b) 3.4 2.1049 (c)(1), Occupied Bandwidth Passed. A. Inoue and A. Takagi 80.209 (b), 80.211 (f) 3.5 2.1051, - Spurious Emissions at Passed. K. Kawai 80.211 (f) Antenna Terminals 3.6 2.1053, - Field Strength of Spurious Passed. A. Inoue, A. Takagi, and 80.211 (f) Radiation Y. Nakamura Form: FQ053/06 - Page 9 of 24 -

Labotech International Report no.: LIC 12-16-098 3 Test Results 3.1 RF Power Output (FCC Rule 47 CFR, 2.1046 (a), 80.215) (1) Test conditions: For all TX (S1/S2/M1/M2/M3/L) Pulses, the transmitter output power was measured at the antenna port with Antenna replaced with the Non-reflective load. (2) Test setup: See Clause 4. (3) Test Results: Pulse type S1 S2 M1 M2 M3 L Magnetron Output, 2.1 3.9 3.7 4.2 4.0 6.5 mean Pm (W) Magnetron Output, 6.9 7.2 7.7 7.9 8.2 8.5 peak Pp (kW) (*1) Pulse length T (µs) 0.100 0.179 0.320 0.533 0.822 1.266 (-3 dB points) PRF (Hz) 3000 3000 1500 1000 600 600 (*1) Pp (kW) = (Pm (W) / (T (µs)  PRF (Hz)))  1000 Environmental conditions observed: On 4 July 2016, 26C to 26C, 48%RH to 48%RH. Power supply voltage measured: 24.0 VDC to 24.0 VDC. 3.2 Modulation Characteristics (FCC Rule 47 CFR, 2.1047) (1) Test Conditions: The RF envelope of the magnetron output pulse was measured using an envelope detector and an oscilloscope. Each pulse spectrum was measured using a spectrum analyzer. (2) Test setup: See Clause 4. (3) Test Results: Pulse type S1 S2 M1 M2 M3 L Pulselength T (µs) 0.100 0.179 0.320 0.533 0.822 1.266 (-3 dB points) Rise time tr (µs) 0.021 0.022 0.026 0.029 0.035 0.086 (10 - 90 % amplitude) Decay time tf (µs) 0.082 0.087 0.091 0.093 0.092 0.094 (90 - 10 % amplitude) PRR (Hz) 3000 3000 1500 1000 600 600 Measured Plots: See Clause 7. Environmental conditions observed: On 4 July 2016, 26C to 26C, 48%RH to 48%RH. Power supply voltage measured: 24.0 VDC to 24.0 VDC. Form: FQ053/06 - Page 10 of 24 -

Labotech International Report no.: LIC 12-16-098 3.3 Frequency Stability –temperature & voltage (FCC Rule 47 CFR, 2.1055(a)(2)/(d)(1)/(d)(3), 80.209(b)) (1) Test Conditions: (1) Radar Transmitter settings: All TX (S1/S2/M1/M2/M3/L) Pulses (2) Ambient Temperature settings: - 20C to + 50C (10C interval) (3) Power Supply Voltage settings: 85 /100/115 % of nominal voltage DC Processor unit (24 VDC): (20.4/24.0/27.6 VDC) (2) Test setup: See Clause 4. (3) Frequency Tolerance Limits (FCC Rule 47 CFR, 80.209(b)): Pulse type S1 S2 M1 M2 M3 L Guard Band f(1.5/T) (MHz) (*1) 15.0 8.4 4.7 2.8 1.8 1.2 f(U) (MHz) (*2) 9485.0 9491.6 9495.3 9497.2 9498.2 9498.8 f(L) (MHz) (*2) 9315.0 9308.4 9304.7 9302.8 9301.8 9301.2 (*1): Guard Band is specified to be equal to 1.5/T MHz, where "T" is the pulselength in microseconds (FCC Rule 47 CFR, 80.209(b)) (*2): Upper limit frequency, f(U) = 9500 -1.5/T Lower limit frequency, f(L) = 9300 +1.5/T (4) Test Results: Complied. (4.1) At the rated supply voltage of 24.0 VDC: Pulse type S1 S2 M1 M2 M3 L Result Frequency at -20C 9417.7 9418.0 9418.0 9417.7 9417.7 9416.7 Complied maximum -10C 9416.0 9416.7 9416.7 9416.3 9416.0 9415.0 Complied emission 0C 9414.7 9414.3 9414.3 9414.0 9414.0 9413.3 Complied (MHz) +10C 9413.0 9413.0 9412.7 9412.7 9412.7 9411.7 Complied +20C 9410.7 9411.3 9411.3 9411.3 9411.3 9410.7 Complied +30C 9409.7 9409.3 9409.3 9409.0 9409.0 9407.7 Complied +40C 9408.0 9408.0 9408.0 9408.0 9408.0 9406.7 Complied +50C 9405.3 9406.0 9406.0 9406.0 9405.3 9404.7 Complied (4.2) At the temperature of +20C: Pulse type S1 S2 M1 M2 M3 L Result 24 VDC 20.4 VDC 9410.7 9410.7 9410.7 9410.7 9410.7 9410.0 Complied 24.0 VDC 9410.7 9411.3 9411.3 9411.3 9411.3 9410.7 Complied 27.6 VDC 9411.3 9411.3 9411.3 9411.3 9411.3 9410.7 Complied Environmental conditions observed: On 14 July 2016, 23C to 23C, 67%RH to 67%RH. On 15 July 2016, 24C to 23C, 68%RH to 67%RH. Power supply voltage measured: 24.0 VDC to 24.0 VDC. Form: FQ053/06 - Page 11 of 24 -

Labotech International Report no.: LIC 12-16-098 3.4 Occupied Bandwidth (FCC Rule 47 CFR, 2.1049(c)(1), 80.209(b), 80.211(f)) (1) Test conditions: For all TX (S1/S2/M1/M2/M3/L) Pulses, the transmitter occupied bandwidth was measured at the antenna port with Antenna replaced with the Non-reflective load. (2) Test setup: See Clause 4. (3) Emission Limits (FCC Rule 47 CFR, 80.211 (f)): Frequency removed from the assigned frequency (*1) Emission attenuation (mean power, dB) 50 - 100 % At least 25 (of the authorized bandwidth) (*2) 100 - 250 % At least 35 (of the authorized bandwidth) (*2) more than 250 % At least 43 + 10 log10 (mean power in watts) (of the authorized bandwidth) (*2) = -13 dBm (*1): Assigned frequency (center frequency) = 9410 MHz (for X-band radars) (*2): Authorized bandwidth = 110 MHz (for X-band radars) (4) Test Results: Complied. Spectrum plots: See Clause 8. Environmental conditions observed: On 4 July 2016, 26C to 26C, 48%RH to 48%RH. Power supply voltage measured: 24.0 VDC to 24.0 VDC. Form: FQ053/06 - Page 12 of 24 -

Labotech International Report no.: LIC 12-16-098 3.5 Spurious Emissions at Antenna Port (FCC Rule 47 CFR, 2.1051, 80.211(f)) (1) Test Conditions: For S1 Pulses, the transmitter output power was measured at the antenna port with Antenna replaced with the Non-reflective load. (*1) (*1): Tested only with S1 pulse that is the widest in B-40 calculation. The requirement is as follows. Emission measurements only need to be carried out for the pulse length setting producing the widest calculated B–40 bandwidth. (IEC 62388 Ed.2/ Annex B.4.2 part) (2) Test setup: See Clause 4. (3) Emission Limits (FCC Rule 47 CFR, 80.211 (f)): Frequency removed from the assigned frequency (*1) Emission attenuation (mean power, dB) more than 250 % (*3) At least 43 + 10 log10 (mean power in watts) = -13 dBm (of the authorized bandwidth) (*2) (*1): Assigned frequency (center frequency) = 9410 MHz (for X-band radars) (*2): Authorized bandwidth = 110 MHz (for X-band radars) (*3): The measurement range for X-Band RADAR: from 4.59 GHz to 40 GHz (4) Spurious Frequencies: f0 (GHz) 1/2f0 2f0 3f0 4f0 9.410 4.705 18.820 28.23 37.64 (5) Test Results: Complied. Spurious emission levels measured were found to be attenuated more than 20 dB below the limits. Environmental conditions observed: On 25 July 2016, 23C to 23C, 57%RH to 59%RH. On 26 July 2016, 23C to 23C, 67%RH to 63%RH. Power supply voltage measured: 24.0 VDC to 24.0 VDC. Form: FQ053/06 - Page 13 of 24 -

Labotech International Report no.: LIC 12-16-098 3.6 Field Strength of Spurious Radiation (FCC Rule 47 CFR, 2.1053, 80.211(f)) (1) Test Conditions: For S1 Pulses, the transmitter output power was measured at the antenna port with Antenna replaced with the Non-reflective load. (*1) (*1): Tested only with S1 pulse that is the widest in B-40 calculation. The requirement is as follows: Emission measurements only need to be carried out for the pulse length setting producing the widest calculated B–40 bandwidth. (IEC 62388 Ed.2/ Annex B.4.2 part) (a): The measurement range for X-Band RADAR: from 4.59 GHz to 40 GHz (b): The antenna port was terminated with dummy load. (2) Test Site: LIC Nishinomiya-Hama Laboratory, Semi-Anechoic Chamber (FCC file number: 90607) (3) Distance between the radar set and measuring antenna: 3m (4) Test setup: See Clause 4. The GRP (Ground reference plane, metal floor) between the EUT and the measuring (receiving) antenna was lined with the Radio Absorbers (2.4 m  3.6 m  0.3 m) to reduce the influences of the reflections of the RF waves from the floor. Measuring (Receiving) Antenna height and polarization: (a) Antenna height: EUT center (1.85 m) (b) Antenna polarization: vertical and horizontal. EUT height: 1.5 m (5) Field Strength Limits (FCC Rule 47 CFR, 80.211 (f)): Frequency removed from the assigned frequency (*1) Emission attenuation (mean power, dB) more than 250 % At least 43 + 10 log10 (mean power in watts) (of the authorized bandwidth) (*2) = -13 dBm (*1): Assigned frequency (center frequency) = 9410 MHz (for X-band radars) (*2): Authorized bandwidth = 110 MHz (for X-band radars) (6) Spurious Frequencies: f0 (GHz) 1/2f0 2f0 3f0 4f0 9.410 4.705 18.820 28.23 37.64 (7) Test Results: Complied. Spurious emission levels measured were found to be attenuated more than 20 dB below the limits. Environmental conditions observed: On 8 July 2016, 22C to 24C, 58%RH to 61%RH. Power supply voltage measured: 24.0 VDC to 24.0 VDC Form: FQ053/06 - Page 14 of 24 -

Labotech International Report no.: LIC 12-16-098 4 Test Setup for Measurements (1) Test Setup for Clauses 3.1, 3.2, 3.3, 3.4, and 3.5. (Environmental Chamber) Non-reflective Directional EUT No.1 Transceiver module Display Unit load Coupler (w/o Antenna radiator) (GND) Spectrum Analyzer 24 VDC 24 VDC or Power meter or Envelope Detector + Oscilloscope (GND) (2) Test Setup for Clause 3.6. EUT Transceiver module (w/ Non-reflective load) No.1 Display Unit (GND) Anechoic Chamber 24 VDC 24 VDC (GND) Cable designations: No. Type Length (m) 1 FRU-2P5S-FF-15M 15 Form: FQ053/06 - Page 15 of 24 -

Labotech International Report no.: LIC 12-16-098 5 Measuring Equipment List: (1) For 3.1 RF Power Output: C/N Instrument Type S/N Manufacturer Date of last Calibration calibration interval RT198 Directional Coupler (X-band) 5D364S R05762 Shimada 25 February 2016 1 year ---- Dummy Load (X-band) 4D376 R4535004 Shimada 25 February 2016 1 year 0505026 Power meter E4418B GB43317662 Agilent 13 June 2016 1 year 120110402 Power Sensor N8481A MY48100658 Agilent 13 June 2016 1 year HT156 DC Power Supply GP035-30 1014396080 Takasago ---- ---- (2) For 3.2 Modulation Characteristics: C/N Instrument Type S/N Manufacturer Date of last Calibration calibration interval RT198 Directional Coupler 5D364S R05762 Shimada 25 February 1 year (X-band) 2016 ---- Dummy Load (X-band) 4D376 R4535004 Shimada 25 February 1 year 2016 8305070 Step Attenuator 8494B US00430229 Agilent 13 June 2016 1 year 8305070 Step Attenuator 8495B 3308A22026 Agilent 13 June 2016 1 year 740040701 Crystal Detector 423B MY42241658 Agilent 8 October 2015 1 year HT676 Spectrum Analyzer 8564EC 4103A00440 Agilent 4 April 2016 1 year 8408087 Frequency Counter TR5824A 41940036 ADVANTEST 23 May 2016 1 year HT594 Oscilloscope DSO6102A MY44001501 Agilent 23 October 2015 1 year HT156 DC Power Supply GP035-30 1014396080 Takasago ---- ---- (3) For 3.3 Frequency Stability –temperature & voltage: C/N Instrument Type S/N Manufacturer Date of last Calibration calibration interval HT510 Climatic chamber (Hama-L) TBE-3HW4PE2F 3013002540 Tabai Espec 1 September 2015 1 year HT725 Paperless recorder/Dual FX106-4-1 S5JA01447 Yokogawa 1 September 2015 1 year communication logger DAQSTATION FX100 RT198 Directional Coupler (X-band) 5D364S R05762 Shimada 25 February 2016 1 year ---- Dummy Load (X-band) 4D376 R4535004 Shimada 25 February 2016 1 year ---- Waveguide (for X-band) WRJ-10 ---- Furuno ---- ---- (l = 60 cm) HT654 Step Attenuator 8494B MY42148134 Agilent 19 February 2016 1 year HT655 Step Attenuator 8495B MY42144403 Agilent 22 February 2016 1 year HT676 Spectrum Analyzer 8564EC 4103A00440 Agilent 4 April 2016 1 year HT430 DC Power Supply PAD55-20L 10091786 KIKUSUI ---- ---- Form: FQ053/06 - Page 16 of 24 -

Labotech International Report no.: LIC 12-16-098 (4) For 3.4 Occupied Bandwidth and for 3.5 Spurious Emissions at Antenna Port: C/N Instrument Type S/N Manufacturer Date of last Calibration calibration interval RT198 Directional Coupler (X-band) 5D364S R05762 Shimada 25 February 2016 1 year ---- Dummy Load (X-band) 4D376 R4535004 Shimada 25 February 2016 1 year ---- Waveguide (for X-band) WRJ-10 (l = 60 cm) ---- Furuno ---- ---- 8305070 Step Attenuator 8494B US00430229 Agilent 13 June 2016 1 year 8305070 Step Attenuator 8495B 3308A22026 Agilent 13 June 2016 1 year HT676 Spectrum Analyzer 8564EC 4103A00440 Agilent 4 April 2016 1 year HT430 DC Power Supply PAD55-20L 10091786 KIKUSUI ---- ---- KB179 Coaxial Cable for Radiated SUCOFLEX 104A 48932/4A HUBER+ 8 August 2015 1 year Emission Measurement SUHNER KB180 Coaxial Cable for Radiated SUCOFLEX 104A 48933/4A HUBER+ 8 August 2015 1 year Emission Measurement SUHNER KB181 Coaxial Cable for Radiated SUCOFLEX 102A 1261/2A HUBER+ 8 August 2015 1 year Emission Measurement SUHNER KB192 Coaxial Cable for Radiated SUCOFLEX 104A 500066/4A HUBER+ 1 June 2016 1 year Emission Measurement SUHNER (5) For 3.6 Field Strength of Spurious Radiation: C/N Instrument Type S/N Manufacturer Date of last Calibration calibration interval HT676 Spectrum Analyzer 8564EC 4103A00440 Agilent 4 April 2016 1 year HT467 Double-ridged waveguide horn 3115 6520 EMCO 13 August 2015 1 year antenna (1 GHz to 18 GHz) HT759 Double rigged horn antenna & HAP06-18W 00000065 TOYO 30 April 2016 1 year amp. HT761 Double rigged horn antenna & HAP18-26N 00000017 TOYO 30 December 1 year amp. 2015 HT762 Double rigged horn antenna & HAP26-40N 00000010 TOYO 30 December 1 year amp. 2015 NK012 Pre-amplifier 8449B 3008A01286 Agilent 18 February 2016 1 year HT365 Semi-anechoic Chamber 3mSAC D-002 Riken ---- ---- HT156 DC power supply GP035-30 1014396080 Takasago ---- ---- --- Dummy Load (X-band) 4D376 R0173002 SPC ---- ---- ELECTRONICS KB179 Coaxial Cable for Radiated SUCOFLEX 104A 48932/4A HUBER+ 8 August 2015 1 year Emission Measurement SUHNER KB180 Coaxial Cable for Radiated SUCOFLEX 104A 48933/4A HUBER+ 8 August 2015 1 year Emission Measurement SUHNER KB181 Coaxial Cable for Radiated SUCOFLEX 102A 1261/2A HUBER+ 8 August 2015 1 year Emission Measurement SUHNER KB192 Coaxial Cable for Radiated SUCOFLEX 104A 500066/4A HUBER+ 1 June 2016 1 year Emission Measurement SUHNER Form: FQ053/06 - Page 17 of 24 -

Labotech International Report no.: LIC 12-16-098 6 Photograph of Test Setup/Arrangement (1) For RF Power Output, Modulation Characteristics, Occupied Bandwidth, Frequency Stability –temperature & voltage, Spurious Emissions at Antenna Terminal Note: Test was performed with DRS25A X-Class (No.2) at the customer’s request. (2) For Field Strength of Spurious Radiation Form: FQ053/06 - Page 18 of 24 -

Labotech International Report no.: LIC 12-16-098 7 RF Envelope and Spectrum of the output pulse Fig. 7.1 S1 Pulse Envelope Fig. 7.2 S2 Pulse Envelope Form: FQ053/06 - Page 19 of 24 -

Labotech International Report no.: LIC 12-16-098 Fig. 7.3 M1 Pulse Envelope Fig. 7.4 M2 Pulse Envelope Form: FQ053/06 - Page 20 of 24 -

Labotech International Report no.: LIC 12-16-098 Fig. 7.5 M3 Pulse Envelope Fig. 7.6 L Pulse Envelope Form: FQ053/06 - Page 21 of 24 -

Labotech International Report no.: LIC 12-16-098 8 Spurious Emission Plots measured at Antenna Terminal Fig. 8.1 for S1 Pulse Fig. 8.2 for S2 Pulse Form: FQ053/06 - Page 22 of 24 -

Labotech International Report no.: LIC 12-16-098 Fig. 8.3 for M1 Pulse Fig. 8.4 for M2 Pulse Form: FQ053/06 - Page 23 of 24 -

Labotech International Report no.: LIC 12-16-098 Fig. 8.5 for M3 Pulse Fig. 8.6 for L Pulse Form: FQ053/06 - Page 24 of 24 -


Document Created: 2016-08-31 14:30:28
Document Modified: 2016-08-31 14:30:28
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